JPH0353613Y2 - - Google Patents
Info
- Publication number
- JPH0353613Y2 JPH0353613Y2 JP8483785U JP8483785U JPH0353613Y2 JP H0353613 Y2 JPH0353613 Y2 JP H0353613Y2 JP 8483785 U JP8483785 U JP 8483785U JP 8483785 U JP8483785 U JP 8483785U JP H0353613 Y2 JPH0353613 Y2 JP H0353613Y2
- Authority
- JP
- Japan
- Prior art keywords
- seedling
- presser
- vertical
- rod
- feeder
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
- 241000209094 Oryza Species 0.000 claims description 7
- 235000007164 Oryza sativa Nutrition 0.000 claims description 7
- 235000009566 rice Nutrition 0.000 claims description 7
- 239000002689 soil Substances 0.000 claims description 4
- 230000005540 biological transmission Effects 0.000 description 7
- 230000000694 effects Effects 0.000 description 3
- 230000000284 resting effect Effects 0.000 description 2
- 210000000078 claw Anatomy 0.000 description 1
- 238000005192 partition Methods 0.000 description 1
Landscapes
- Transplanting Machines (AREA)
Description
【考案の詳細な説明】
〔産業上の利用分野〕
本考案は、苗のせ台に、これの裏側から苗載置
面側に突出位置して、載置苗の床土部に対して苗
取出し口側への縦送り力を付与する苗縦送り具、
及び、載置苗を苗のせ台の苗載置面側に押圧する
押え作用姿勢と浮上させた押え解除姿勢とに切替
自在な苗押え杆を設けるとともに、前記苗縦送り
具と苗押え杆との間に、この苗縦送り具が送り停
止状態にあるときには苗押え杆を押え作用姿勢
に、かつ、苗縦送り具が苗送り状態にあるときに
は苗押え杆を押え解除姿勢に切替え作動させる運
動機構を設けてある田植機の苗植付装置に関す
る。[Detailed description of the invention] [Industrial field of application] The present invention is a seedling stand that is located protruding from the back side of the stand toward the seedling placement surface, and is used to take out the seedlings from the soil part of the bed of the placed seedlings. Seedling vertical feeding device that provides vertical feeding force to the mouth side,
Further, a seedling presser rod is provided that can be switched between a presser action position in which the placed seedlings are pressed against the seedling placement surface side of the seedling table and a presser release position in which the seedlings are floated, and the seedling presser rod is connected to the seedling vertical feeder and the seedling presser rod. During this period, when the vertical seedling feeder is in the feeding stop state, the seedling presser rod is switched to the pressing position, and when the vertical seedling feeder is in the seedling feeding state, the seedling presser lever is switched to the presser release position. This invention relates to a seedling planting device for a rice transplanter equipped with a mechanism.
上記苗植付装置は、載置苗が横送り時に苗取出
し口側に滑り落ちることを、苗押え杆の押圧によ
るストツパー作用と、苗押え杆による押圧のため
に苗床土部に入り込む苗縦送り具の係止とせよつ
て防止することができるように、しかも、苗載せ
台がストロークエンド付近に達したときには、苗
押え杆を縦送り抵抗にならないように押え解除姿
勢に浮上させながら苗縦送り具を作用させること
により、苗縦送りを確実に行うことができるよう
に、更に、このような苗押え杆の姿勢切替えを、
この時の必須の動作である苗縦送り具系の作動を
有効利用して確実、簡便に行うことができるよう
に配慮されたものである。
The above-mentioned seedling planting device prevents the placed seedlings from slipping to the side of the seedling take-out port during horizontal feeding by a stopper action by the pressure of the seedling presser rod, and by a vertical seedling feeder that enters the soil of the seedling bed due to the pressure by the seedling presser rod. In order to prevent this from locking, when the seedling platform reaches near the end of its stroke, the vertical seedling feeder is moved while floating the seedling presser rod to the presser release position so as not to cause vertical feed resistance. In order to reliably feed the seedlings vertically, we also change the posture of the seedling holding rod.
Consideration has been taken to ensure that this operation can be carried out reliably and easily by effectively utilizing the operation of the vertical seedling feeder system, which is an essential operation at this time.
このような従来の苗植付装置としては、前記苗
押え杆を、これを把持した状態での操作により押
え解除姿勢に強制切替え可能に構成したものが知
られている(例えば、特公昭57−22285号公報)。 As such a conventional seedling planting device, one is known in which the seedling presser rod can be forcibly switched to the presser release position by operating it while gripping the rod (for example, Publication No. 22285).
この従来装置による場合は、苗のせ台に苗を補
給する際、操縦部から苗のせ台の前面に一々移動
して、押え作用姿勢にある苗押え杆を押え解除姿
勢に切替えなければならず、苗補給のための準備
作業に手間どり易い。
In the case of this conventional device, when replenishing the seedling rack with seedlings, it is necessary to move from the control part to the front of the seedling rack one by one and switch the seedling presser rod that is in the presser action position to the presser release position. Preparation work for supplying seedlings is time consuming.
本考案の目的は、苗補給のための準備作業を迅
速、容易に行うことができるようにする点にあ
る。 The purpose of the present invention is to enable preparation work for seedling supply to be performed quickly and easily.
かかる目的を達成するために講じられた本考案
の特徴構成は、前記苗押え杆を押え解除姿勢に強
制切替え可能な操作具を、操縦部から操作可能な
位置に設けた点にあり、その作用・効果は次の通
りである。
The characteristic configuration of the present invention taken to achieve this object is that an operating tool capable of forcibly switching the seedling holding rod to the holding release position is provided at a position where it can be operated from the control section, and its operation is・The effects are as follows.
苗植付け作業時には、苗縦送り具の苗送りと送
り停止とに連動して、苗押え杆を押え解除姿勢と
押え作用姿勢とに自動的に切替え乍らも、苗補給
時には、操縦部において操作具を操作するだけ
で、苗押え杆を押え解除姿勢に強制的に切替える
ことができる。
During seedling planting work, the seedling presser rod is automatically switched between the press release position and the presser action position in conjunction with the seedling feeding and feeding stops of the vertical seedling feeder. By simply operating the tool, the seedling holding rod can be forcibly switched to the holding release position.
従つて、苗補給時に苗のせ台の前面に一々移動
する必要がなく、操縦部に居ながらにして迅速、
容易に行うことができるに至つた。
Therefore, when replenishing seedlings, there is no need to move to the front of the seedling stand one by one, and you can quickly and easily do it while staying in the control section.
Now I can do it easily.
以下、本考案の実施例を第1図乃至第6図で示
す六条植え乗用田植機の苗植付装置について説明
する。
EMBODIMENT OF THE INVENTION Hereinafter, an embodiment of the present invention will be described about a seedling planting device of a six-row riding rice transplanter shown in FIGS. 1 to 6.
1は、乗用機体Aに対して昇降用リンク機構2
を介して駆動昇降自在に連結される植付伝動ケー
スであり、この植付伝動ケース1の左右方向に適
宜間隔を隔てた3箇所から夫々後方に延出された
伝動ケース部1aには、植付爪3を強制循環運動
させるリンク機構4を設けている。 1 is a link mechanism 2 for lifting and lowering the passenger aircraft A.
This is a planting transmission case that is connected to the planting transmission case 1 so as to be able to move up and down via a drive. A link mechanism 4 is provided for forcing the attached claw 3 to perform a forced circulation movement.
6は、6枚のマツト状苗を横方向に並列載置可
能で、かつ、左右方向に往復移動可能な対地傾斜
姿勢の苗のせ台であり、この苗のせ台6及びこれ
に載置されたマツト状苗群の下端部を摺動案内す
るレール7には、左右方向に所定間隔を隔てて苗
取出し口8を形成している。 Reference numeral 6 denotes a seedling resting stand that is tilted to the ground and capable of horizontally placing six pine-shaped seedlings in parallel and can be moved back and forth in the left and right direction. A rail 7 that slides and guides the lower end of the pine-shaped seedling group has seedling take-out ports 8 formed at a predetermined interval in the left-right direction.
前記苗のせ台6を横方向に駆動往復移動させる
手段は次の如く構成されている。 The means for driving and reciprocating the seedling stand 6 in the lateral direction is constructed as follows.
即ち、植付伝動ケース1に摺動ならびに回動自
在に貫通支持された横送り軸9の両端に、苗のせ
台6の左右の連結アーム10を相対回動のみ自在
に連結するとともに、前記横送り軸9の長手方向
中央部には、植付伝動ケース1内に支承された螺
軸11の螺旋構内に係合されるコマ部材12を個
着し、もつて、前記螺軸11の駆動回転に伴うコ
マ部材12の横移動により、横送り軸9及び連結
アーム10を介して苗のせ台6を左右に駆動往復
移動させるべく構成している。 That is, the left and right connecting arms 10 of the seedling stand 6 are connected to both ends of the transverse feed shaft 9 which is slidably and rotatably supported through the planting transmission case 1 so that they can only rotate relative to each other. A piece member 12 that is engaged with the helical structure of a helical shaft 11 supported in the planting transmission case 1 is individually attached to the central portion in the longitudinal direction of the feed shaft 9, thereby controlling the driving rotation of the helical shaft 11. Due to the lateral movement of the top member 12, the seedling stand 6 is driven and reciprocated from side to side via the lateral feed shaft 9 and the connecting arm 10.
13は、苗のせ台6の傾斜下端部に切欠形成さ
れた開口6aを通して裏側から苗載置面6b側に
突出位置して、載置マツト状苗の床土部に対して
苗取出し口8側への縦送り力を付与するスターホ
イール利用の苗縦送り具であり、前記苗のせ台6
の裏側に回転自在に枢支された縦送り軸14に個
着されている。 13 is positioned so as to protrude from the back side toward the seedling placement surface 6b through an opening 6a formed in a notch at the lower end of the slanted seedling table 6, and is located on the side of the seedling take-out port 8 with respect to the bed soil of the placed pine-shaped seedlings. This is a vertical seedling feeding tool that uses a star wheel to apply vertical feeding force to the seedling table 6.
They are individually attached to a vertical feed shaft 14 that is rotatably supported on the back side.
Bは、苗のせ台6がストロークエンドに達した
とき、前記苗縦送り具13を苗縦送り方向に一定
角度だけ回動させる縦送り駆動機構であり、この
縦送り駆動機構Bは次の如く構成されている。 B is a vertical feed drive mechanism that rotates the seedling vertical feeder 13 by a certain angle in the seedling vertical feed direction when the seedling platform 6 reaches the stroke end, and this vertical feed drive mechanism B is as follows. It is configured.
即ち、前記横送り軸9の、植付伝動ケース1内
に位置する軸部分の左右両端に、苗のせ台6がス
トロークエンドに達したとき、前記螺軸11に個
着された左右一対のアーム15の一方に接当して
一定角度だけ強制回動される受動アーム16を個
着するとともに、前記横送り軸9の、植付伝動ケ
ース1外に位置する軸部分に個着したアーム17
と前記縦送り軸13にラチエツト等の一方向回転
クラツチを介して取付けられたアーム18とをリ
ンク19を介して枢支連結し、かつ、前記横送り
軸9を戻し方向に弾性付勢すべく構成している。 That is, when the seedling platform 6 reaches the stroke end, a pair of left and right arms individually attached to the screw shaft 11 are attached to both left and right ends of the shaft portion of the horizontal feed shaft 9 located inside the planting transmission case 1. A passive arm 16 that is forced to rotate by a certain angle by contacting one side of the transmission case 15 is individually attached, and an arm 17 is individually attached to the shaft portion of the transverse feed shaft 9 located outside the planting transmission case 1.
and an arm 18 attached to the vertical feed shaft 13 via a one-way rotary clutch such as a ratchet are pivotally connected via a link 19, and the horizontal feed shaft 9 is elastically biased in the return direction. It consists of
20は、載置マツト状苗を苗のせ台6の苗載置
面6b側に押圧可能な苗押え杆であり、この苗押
え杆20と苗のせ台6との間には、押え作用姿勢
にある苗押え杆20を苗のせ台6に対して平行又
はほぼ平行に浮上移動させたのち、その取付け基
端側を支点として浮上揺動させることが可能な多
連リンク機構21を設けている。 Reference numeral 20 denotes a seedling holding rod capable of pressing the placed pine-shaped seedlings against the seedling placing surface 6b side of the seedling placing table 6, and between this seedling holding rod 20 and the seedling placing table 6, there is a seedling holding rod in a holding position. A multiple link mechanism 21 is provided which can levitate and swing a certain seedling holding rod 20 parallel to or almost parallel to the seedling rest 6, using its attachment base end as a fulcrum.
この多連リンク機構21を構成するに、苗のせ
台6の左右の仕切り枠6c,6cに立設されたブ
ラケツト22,22に夫々、左右方向に沿うピン
21a,21b軸芯周りで夫々揺動自在な左右一
対の第1リンク21c,21c及び第2リンク2
1d,21dを設け、そのうち、第2リンク21
d,21dの一端部に渡つて、前記苗押え杆20
を苗のせ台6の各苗のせ台部に複数本宛位置する
状態で取付けてある支持杆23を架設するととも
に、前記支持杆23に固着された第3リンク21
eの係止ピン21f,21fを、前記第1リンク
21c,21cの一端側に形成された長孔21
g,21g及び前記ブラケツト22,22に形成
された側面視ほぼ逆Lの字状の長孔22a,22
aに係入し、かつ、前記第1リンク21c,21
cの他端とブラケツト22,22との間及び前記
第2リンク21d,21dと苗のせ台6側との間
には夫々、前記苗押え杆20を押え作用姿勢側、
つまり、苗のせ台6の苗載置面6b側に移動付勢
するバネ21h,21iを介在している。 This multiple link mechanism 21 is constructed by having brackets 22, 22 erected on left and right partition frames 6c, 6c of the seedling stand 6, respectively, swinging around the axes of pins 21a, 21b extending in the left and right direction. A pair of freely left and right first links 21c, 21c and a second link 2
1d and 21d, among which the second link 21
d, 21d, the seedling presser rod 20
A plurality of support rods 23 are attached to each seedling rest part of the seedling rest 6, and a third link 21 fixed to the support rod 23 is installed.
The locking pins 21f, 21f of e are inserted into the elongated holes 21 formed at one end side of the first links 21c, 21c.
g, 21g, and elongated holes 22a, 22 formed in the brackets 22, 22 and shaped like an inverted L when viewed from the side.
a, and the first links 21c, 21
Between the other end of c and the brackets 22, 22, and between the second links 21d, 21d and the seedling stand 6 side, the seedling holding rod 20 is placed on the holding action position side,
That is, springs 21h and 21i are interposed to bias the seedling mounting surface 6b of the seedling mounting table 6 toward the seedling mounting surface 6b.
そして、前記第2リンク21d,21dの遊端
部をバネ21h,21iの弾性付勢力に抗して引
き下げると、第1リンク21c、21cが最大上
昇位置に揺動するまでは、苗押え杆20が苗のせ
台6に対してほぼ平行に浮上移動し、それ以降
は、係止ピン21f,21fが第1リンク21
c,21cの長孔21g,21gに沿つてブラケ
ツト22,22a側の逆L字状長孔22a,22
aの係止部に係入移動されるから、これに伴つて
苗押え杆20が苗のせ台6から大きく浮上させた
退避姿勢に揺動されることになる。 When the free end portions of the second links 21d, 21d are pulled down against the elastic biasing forces of the springs 21h, 21i, the seedling presser rod 20 floats and moves almost parallel to the seedling stand 6, and after that, the locking pins 21f, 21f are connected to the first link 21.
Inverted L-shaped long holes 22a, 22 on the brackets 22, 22a side along the long holes 21g, 21g of c, 21c.
Since the seedling holding rod 20 is moved into the locking portion a, the seedling holding rod 20 is accordingly swung to a retracted position in which the seedling holding rod 20 is largely raised from the seedling resting table 6.
24は、前記苗縦送り具13が縦送り停止状態
にあるとき、前記苗押え杆20を押え作用姿勢
に、かつ、苗縦送り具13が苗縦送り状態にある
とき、苗押え杆20を押え解除姿勢に切替え作動
させる連結機構である。 24 sets the seedling presser rod 20 in the holding position when the vertical seedling feeder 13 is in the vertical feed stop state, and moves the seedling presser rod 20 when the seedling vertical feeder 13 is in the seedling vertical feed state. This is a connecting mechanism that switches to the presser release position.
この連動機構24は、苗のせ台6の背面に固着
されたブラケツト25に、向き姿勢がほぼ90度異
なる第1・第2アーム24a,24bを備えた回
転自在な支軸24cを架設するとともに、前記第
1アーム24aと縦送り駆動機構Bのアーム17
とを第3アーム24dを介して枢支連結し、か
つ、前記第2アーム24bの先端部には、多連リ
ンク機構21の第2リンク21dに枢着されたフ
ツク24eに係合可能なピン24fを固着し、も
つて、前記苗縦送り具13の苗縦送り作動に連動
してフツク24fを押し下げることにより、押え
作用姿勢にある苗押え杆20をバネ21hの弾性
付勢力に抗して押え解除姿勢に切替え作動させる
べく構成している。 This interlocking mechanism 24 has a rotatable support shaft 24c provided with first and second arms 24a, 24b whose orientations differ by approximately 90 degrees, mounted on a bracket 25 fixed to the back surface of the seedling stand 6. The first arm 24a and the arm 17 of the vertical feed drive mechanism B
are pivotally connected via a third arm 24d, and a pin engageable with a hook 24e pivotally attached to the second link 21d of the multiple link mechanism 21 is provided at the tip of the second arm 24b. 24f is fixed, and then, by pressing down the hook 24f in conjunction with the operation of vertically feeding the seedlings by the vertical seedling feeder 13, the seedling presser rod 20 in the holding position is moved against the elastic biasing force of the spring 21h. It is configured to be operated by switching to the presser release position.
26は、前記連動機構24のアーム24eにレ
リーズワイヤ27を介して連係された操作レバー
(操作具の一例である。)であり、乗用機体Aの操
縦部28から操作可能な苗のせ台6の背面上部に
枢着されていて、かつ、この箇所には、操作レバ
ー26に対する操作案内溝29aを備えた操作ボ
ツクス29を取付けている。 Reference numeral 26 denotes an operating lever (an example of an operating tool) linked to the arm 24e of the interlocking mechanism 24 via a release wire 27, and is used to control the seedling stand 6 which can be operated from the operating section 28 of the passenger aircraft A. An operation box 29 is pivotally attached to the upper part of the back surface, and is provided with an operation guide groove 29a for the operation lever 26 at this location.
また、前記連動機構24の第3アーム24d
の、縦送り駆動機構Bのアーム17に固着された
ピン17aに対する係合孔24gを苗縦送り時に
おけるピン17aの移動代よりも少し大なる長孔
に構成している。 Further, the third arm 24d of the interlocking mechanism 24
The engagement hole 24g for the pin 17a fixed to the arm 17 of the vertical feed drive mechanism B is formed into an elongated hole that is slightly larger than the movement distance of the pin 17a during vertical feeding of seedlings.
そして、前記操作レバー26を操作案内溝29
aのイの位置に操作すると、第3図で示すよう
に、アーム17のピン17aが係合孔24gの上
端近くに位置し、苗押え杆20が苗縦送り具13
に連動して苗押え作用姿勢(第3図参照)と押え
解除姿勢(第4図参照)とに切替えられる。 Then, the operation lever 26 is moved into the operation guide groove 29.
When the operation is performed to position A of a, the pin 17a of the arm 17 is located near the upper end of the engagement hole 24g, and the seedling presser rod 20 is moved to the vertical seedling feeder 13, as shown in FIG.
In conjunction with this, the position is switched between the seedling holding position (see Fig. 3) and the holding release position (see Fig. 4).
前記操作レバー26を操作案内溝29aのロの
位置に操作すると、レリーズワイヤ27を介して
第3アーム24dが引張られ、第1アーム24a
及び第2アーム24bが支軸24c周りで時計方
向に揺動する。すると、この第2アーム24bの
ピン24fにてフツク24eがバネ24h,24
iの弾性付勢力に抗して引張られ、苗押え杆20
が第4図と同様に押え解除姿勢に強制敵に切替え
られる。 When the operation lever 26 is operated to the position B of the operation guide groove 29a, the third arm 24d is pulled via the release wire 27, and the first arm 24a is pulled.
And the second arm 24b swings clockwise around the support shaft 24c. Then, the hook 24e is connected to the springs 24h and 24 by the pin 24f of the second arm 24b.
The seedling holding rod 20 is pulled against the elastic biasing force of i.
is switched to the forced enemy position in the same manner as in FIG. 4.
前記操作レバー26を操作案内溝29aのハの
位置に操作すると、第5図で示すように、フツク
24eが更に引張られ、係止ピン21fがブラケ
ツト22の逆L字状長孔22a,22aの係止部
に移入し、苗押え杆20が退避姿勢に切替えられ
る。 When the operation lever 26 is operated to the position C of the operation guide groove 29a, the hook 24e is further pulled and the locking pin 21f is inserted into the inverted L-shaped elongated hole 22a of the bracket 22, as shown in FIG. The seedling holding rod 20 is moved to the locking portion and switched to the retracted position.
図面は本考案に係る田植機の苗植付装置の実施
例を示し、第1図は乗用田植機の後部側面図、第
2図は平面図、第3図乃至第5図は苗押え杆の姿
勢を示す要部の拡大縦断側面図、第6図は要部の
縦断背面図である。
6……苗のせ台、6b……苗載置面、8……苗
取出し口、13……苗縦送り具、20……苗押え
杆、24……連動機構、26……操作具。
The drawings show an embodiment of the seedling planting device of the rice transplanter according to the present invention, in which Fig. 1 is a rear side view of the riding rice transplanter, Fig. 2 is a plan view, and Figs. 3 to 5 are views of the seedling holding rod. FIG. 6 is an enlarged longitudinal side view of the main part showing the attitude, and FIG. 6 is a longitudinal rear view of the main part. 6...Seedling rest, 6b...Seedling placement surface, 8...Seedling take-out port, 13...Seedling vertical feeder, 20...Seedling presser rod, 24...Interlocking mechanism, 26...Operation tool.
Claims (1)
側に突出位置して、載置苗の床土部に対して苗
取出し口8側への縦送り力を付与する苗縦送り
具13、及び、載置苗を苗のせ台6の苗載置面
6b側に押圧する押え作用姿勢と浮上させた押
え解除姿勢とに切替自在な苗押え杆20を設け
るとともに、前記苗縦送り具13と苗押え杆2
0との間に、この苗縦送り具13が送り停止状
態にあるときには苗押え杆20を押え作用姿勢
に、かつ、苗縦送り具13がが苗送り状態にあ
るときは苗押え杆20を押え解除姿勢に切替え
作動させる運動機構24を設けてある田植機の
苗植付装置であつて、前記苗押え杆20を押え
解除姿勢に強制切替え可能な操作具26を、操
縦部から操作可能な位置に設けてある田植機の
苗植付装置。 前記操作具26の取付け位置が前記苗のせ台
6の裏面上端部である実用新案登録請求の範囲
第項に記載の田植機の苗植付装置。[Scope of claim for utility model registration] Seedling placement surface 6b from the back side of the seedling placement stand 6
A vertical seedling feeder 13 protrudes from the side and applies vertical feeding force to the soil portion of the seedling to the side of the seedling take-out port 8; A seedling presser rod 20 is provided which can be freely switched between a presser action position of pressing against the surface 6b side and a presser release position of floating, and the seedling vertical feeder 13 and the seedling presser rod 2 are provided.
0, when the vertical seedling feeder 13 is in the feeding stop state, the seedling presser rod 20 is in the holding position, and when the vertical seedling feeder 13 is in the seedling feeding state, the seedling presser rod 20 is in the holding position. A seedling planting device for a rice transplanter is provided with a movement mechanism 24 for switching to a presser release position, and an operating tool 26 capable of forcibly switching the seedling presser rod 20 to a presser release position is operable from a control section. Seedling planting device of a rice transplanter installed at the location. The seedling planting device for a rice transplanter according to claim 1, wherein the operating tool 26 is mounted at an upper end of the rear surface of the seedling stand 6.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP8483785U JPH0353613Y2 (en) | 1985-06-05 | 1985-06-05 |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP8483785U JPH0353613Y2 (en) | 1985-06-05 | 1985-06-05 |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS61201513U JPS61201513U (en) | 1986-12-17 |
JPH0353613Y2 true JPH0353613Y2 (en) | 1991-11-25 |
Family
ID=30634682
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP8483785U Expired JPH0353613Y2 (en) | 1985-06-05 | 1985-06-05 |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH0353613Y2 (en) |
Families Citing this family (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH0453218Y2 (en) * | 1986-10-20 | 1992-12-15 |
-
1985
- 1985-06-05 JP JP8483785U patent/JPH0353613Y2/ja not_active Expired
Also Published As
Publication number | Publication date |
---|---|
JPS61201513U (en) | 1986-12-17 |
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